Cleaning and disinfecting surfaces are essential to maintaining a clean and healthy environment, whether in the home, in catering establishments or in any other public space. Anolyte stands out as an effective and environmentally-friendly solution for cleaning surfaces, offering an alternative to traditional chemical products. This article explores how anolyte can be used to disinfect frequently touched surfaces and why it is a wise choice for optimum hygiene.
Advantages of Anolyte for Cleaning Surfaces
Effective against pathogens: Anolyte is extremely effective at eliminating bacteria, viruses and fungi from a variety of surfaces. Whether on counters, sinks or toilets, anolyte ensures complete disinfection, reducing the risk of spreading infection.
No Chemical Residues: Unlike traditional cleaners, anolyte leaves no harmful chemical residues. After application, it breaks down into harmless substances such as water and salt, making surfaces safe for immediate use, with no risk of exposure to residual chemicals.
Respect for the environment: Anolyte is an environmentally friendly alternative to conventional disinfectants. It is made from non-toxic materials and does not contribute to air or water pollution, making it suitable for use in a variety of environments, including catering establishments and hospitals.
User safety: Anolyte does not present a health hazard to users. It does not cause skin or respiratory irritation, making it ideal for frequent use and for people who are sensitive to chemicals.
How to use Anolyte for Cleaning Surfaces
Frequency of application: To maintain optimum hygiene, apply the anolyte regularly to frequently touched surfaces such as counters, sinks and toilets. The frequency of application may vary depending on the level of traffic and the specific needs of the environment.
Preparation and application: To clean surfaces with anolyte, simply spray it directly onto the areas to be treated or apply it with a clean cloth. Make sure you cover the entire surface for complete disinfection. If the surface is made of oxidisable steel, be careful: depending on the metals present, there could be a chemical reaction between the anolyte and the surface.
Contact time: Leave the anolyte to act for a few minutes before wiping the surface. This contact time allows the antimicrobial agents to penetrate and effectively eliminate pathogens.
Wiping and rinsing: After the contact time, wipe the surface with a clean cloth or sponge. In most cases, further rinsing is not necessary, as the anolyte breaks down into non-toxic substances.
Practical applications
Kitchen: Clean counters, sinks and kitchen equipment with anolyte to eliminate bacteria and viruses, ensuring a safe food preparation environment.
Bathrooms: Disinfect toilets, washbasins and door handles to prevent the spread of germs and keep bathrooms clean and hygienic.
Public Areas: Use anolyte to clean surfaces in public areas such as offices, schools and healthcare facilities, where the risk of cross-contamination is high.
Conclusion
Anolyte offers a surface cleaning solution that is not only effective against pathogens, but also environmentally friendly and safe for users. By incorporating anolyte into your cleaning routines, you can ensure complete disinfection of surfaces without the undesirable side effects of traditional chemicals. Whether for domestic or commercial spaces, anolyte is a wise choice for keeping environments clean and safe.
